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This post was last edited by sunjl1981 on 2013-1-6 at 22:32. Has anyone used the heat pump technology for concentrating brine or low-salinity water? Are there any relevant technical documents available? # + + .
A heat pump can only utilize a portion of the secondary steam, whereas mechanical vapor recompression technology can make use of it all. In this regard, it is more advanced than heat pumps. Secondly, in terms of energy consumption, it is at least half more energy-efficient than traditional multi-effect evaporation equipment. I suggest the poster pay attention to mechanical vapor recompression technology; I am a manufacturer based in Beijing. MVR evaporation equipment. The basic parameters of the equipment are as follows: 1. Evaporation capacity: 50 liters/hour to 200 tons/hour. 2. Power consumption per ton of water evaporated: 18 KW to 70 KW (determined by the properties of the material and the amount of evaporation). 3. Evaporation methods: falling film, rising film, and forced circulation. 4. Evaporation temperature range: 40 degrees to 100 degrees. 5. Temperature difference provided by the compressor: 8 degrees to 40 degrees. Advantages of MVR evaporation equipment: 1. High thermal efficiency and low power consumption. 2. Low operating costs. 3. Clean energy usage with no pollution. 4. Multi-effect design to save costs. 5. Ability to discharge material continuously or intermittently. 6. Evaporation at low temperatures, preventing changes in the properties of the material. 7. Small size and high portability. 8. High degree of automation. Please feel free to request more information: QQ1017318561, TEL 13651399966
MVR mechanical steam recompression